CN105127175A - Raw material roll-in garbage disposal equipment and raw material roll-in garbage disposal technology - Google Patents
Raw material roll-in garbage disposal equipment and raw material roll-in garbage disposal technology Download PDFInfo
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- CN105127175A CN105127175A CN201510440861.6A CN201510440861A CN105127175A CN 105127175 A CN105127175 A CN 105127175A CN 201510440861 A CN201510440861 A CN 201510440861A CN 105127175 A CN105127175 A CN 105127175A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W30/00—Technologies for solid waste management
- Y02W30/50—Reuse, recycling or recovery technologies
- Y02W30/82—Recycling of waste of electrical or electronic equipment [WEEE]
Abstract
The invention relates to raw material roll-in garbage disposal equipment and a raw material roll-in garbage disposal technology. The raw material roll-in garbage disposal equipment comprises a DCS central control system. The DCS central control system controls a garbage storing, crushing and feeding workshop, a safety automatic vent valve, a garbage sorting and squeezing workshop, a garbage storing, fermenting and feeding workshop, a balling system, a cement kiln, a desulfuration and deodorization tower, an efficient powder concentrator, a low-pressure pulse dust collector, a cyclone barrel, a cement raw material library, a batching belt, a stone fragment library, a chemical industrial waste slag library, a steel slag library, a coal gangue library, a desulphurization gypsum library, an auxiliary material library, a de-ironing separator, a roller press, a pressure stabilization cabin, a garbage V-type powder concentrator, a garbage incinerator, a sludge liquid storage pool and a leakage liquid pool through control signals. The raw material roll-in garbage disposal technology can be carried out through the equipment. The raw material roll-in garbage disposal equipment and the raw material roll-in garbage disposal technology have the beneficial effects that full-automatic sealing production is achieved, and no dust or leakage is generated; and environment is protected, and human health is prevented from being hurt.
Description
Technical field
The present invention relates to domestic rubbish disposal industry and industry prepared by cement, particularly relate to a set of raw material roll-in refuse treatment plant and raw material roll-in garbage treating process.
Background technology
Along with the people produce, the improving constantly of living standard, how to solve that house refuse occupies cultivated land, environmental pollution, more and more annoying the relevant leader of government department, also be the problem that everybody is concerned about, direct burning is mainly taked in present garbage disposal, rubbish produces containing gases such as more unmanageable bioxin after burning, larger to environment harm.
Summary of the invention
The object of this invention is to provide a set of special high-temperature incinerator that utilizes and carry out burning domestic garbage, and the raw material filtration treatment purification toxic and harmful by producing cement, and carry out producing cement slurry and the raw material roll-in refuse treatment plant who knows and raw material roll-in garbage treating process.
For achieving the above object, the technical solution adopted in the present invention is:
A set of raw material roll-in refuse treatment plant, is characterized in that: comprising: DCS central control system, described DCS central control system controls garbage storing for broken feed workshop by control signal, safety automatic exhaust steam valve, refuse classification extruding workshop, between garbage storing preparation ferment heater car, balling-up system, cement kiln, desulfurization deodorizing tower, high-efficient powder concentrator, low pressure pulse dust remover, cyclone cylinder, cement slurry storehouse, proportioning belt, stone fragment storehouse, chemical sludge storehouse, slag storehouse, gangue storehouse, desulfurated plaster storehouse, auxiliary material storehouse, tramp iron separator, roller press, pressure-stabilizing bin, rubbish V-type powder concentrator, incinerator, sludge storage liquid pool, seepage liquid pool, wherein garbage storing installs safety automatic exhaust steam valve on broken feed workshop, safety automatic exhaust steam valve is provided with the sensor measuring ethane concentration, garbage storing is connected between garbage storing preparation ferment heater car by refuse classification extruding workshop for broken feed workshop, and garbage storing is for broken feed workshop, between refuse classification extruding workshop and garbage storing preparation ferment heater car, bottom is provided with seepage liquid pool, and garbage storing is provided with grab claw for broken feed either inside, refuse grinder and belt feeder, refuse classification extruding either inside installs tramp iron separator, sorting platform, and extruder, garbage storing preparation ferment feed either inside is provided with grab claw, garbage storing is connected on incinerator and cement kiln for Fermentation feedstocks workshop by air blast, deduster installed by discharge duct on cement kiln, incinerator is connected to through sealing carrying pipeline between garbage storing preparation ferment heater car, incinerator bottom ashes mouth is connected on rubbish V-type powder concentrator by the sealing elevator being provided with tramp iron separator, stone fragment storehouse, chemical sludge storehouse, slag storehouse, gangue storehouse, desulfurated plaster storehouse, auxiliary material storehouse is connected on the proportioning belt with the sealing of tramp iron separator respectively by weigher, the outlet of proportioning belt is connected to pressure-stabilizing bin by sealing elevator, the outlet of pressure-stabilizing bin is connected on roller press entrance, roller press outlet is connected to rubbish V-type powder concentrator top by sealing elevator and enters high-efficient powder concentrator, rubbish V-type powder concentrator outlet at bottom is connected to the entrance of pressure-stabilizing bin by closed conduit, the aiutage of incinerator is connected on rubbish V-type powder concentrator by closed conduit, the outlet of rubbish V-type powder concentrator top is connected on high-efficient powder concentrator, high-efficient powder concentrator bottom end outlet is connected on pressure-stabilizing bin, the outlet of high-efficient powder concentrator is connected on cyclone cylinder by closed conduit, proportioning belt and the cyclone cylinder top exit of sealing are connected on low pressure pulse dust remover, outlet on low pressure pulse dust remover and cement kiln exhaust outlet are connected on desulfurization deodorizing tower, cyclone cylinder outlet at bottom is connected in the import of cement slurry storehouse, desulfurization deodorizing tower and seepage liquid pool are connected to sludge storage liquid pool by closed conduit, sludge storage is provided with sludge pump in pond at night, sludge pump is connected in balling-up system by closed conduit, the outlet of cement slurry storehouse is connected in balling-up system by sealing elevator, balling-up system is connected in cement kiln import, cement kiln outlet at bottom connects cement clinker library.
A set of raw material roll-in refuse treatment plant, its feature is: described DCS central control system electrical connection is provided with long distance control system, described long distance control system electrical connection monitoring rubbish lays in broken feed workshop, safety automatic exhaust steam valve, refuse classification extruding workshop, between garbage storing preparation ferment heater car, balling-up system, cement kiln, desulfurization deodorizing tower, high-efficient powder concentrator, low pressure pulse dust remover, cyclone cylinder, cement slurry storehouse, proportioning belt, stone fragment storehouse, chemical sludge storehouse, slag storehouse, gangue storehouse, desulfurated plaster storehouse, auxiliary material storehouse, tramp iron separator, roller press, pressure-stabilizing bin, rubbish V-type powder concentrator, incinerator, sludge storage liquid pool, seepage liquid pool.
A set of raw material roll-in refuse treatment plant, its feature is: the temperature in described incinerator controls at 800-1200 DEG C.
A set of raw material roll-in garbage treating process, its feature is: its technical process is as follows: rubbish enters into garbage storing crosses grab claw lifting for broken feed workshop back warp, to enter in refuse grinder after fragmentation, the sorting platform entering refuse classification extruding either inside again carries out sorting, first sub-elect recyclable rubbish, not recyclable rubbish, never sub-elect the rubbish that can burn in recyclable rubbish again, can not burn away the refuse, the tramp iron separator of refuse classification extruding either inside reclaims callable metal garbage while sorting platform work, burning away the refuse of sub-electing extrudes at the extruder of refuse classification extruding either inside again, burning away the refuse after extruding is transported between garbage storing preparation ferment heater car, the grab claw of rubbish after fermentation process through between garbage storing preparation ferment heater car enters sealing carrying and enters in incinerator, garbage storing is for the safety automatic exhaust steam valve that broken feed workshop is installed installing and measuring the sensor of ethane concentration when detecting that garbage storing is excessive for broken feed workshop fuel gas ethane pressure simultaneously, automatically safety automatic exhaust steam valve is opened, after preventing garbage storing from reaching certain pressure or temperature for broken feed workshop, blast, effusion in seepage liquid pool enters into sludge storage liquid pool through process, the fuel gas produced after rubbish fermentation and other foul smell thereof enter into incinerator by the air blast through sealing and cement kiln burns, the high-temperature gas produced after incinerator burning enters rubbish V-type powder concentrator by closed conduit, the ashes produced after incinerator burning enter rubbish V-type powder concentrator and high-efficient powder concentrator by the sealing carrying belt with tramp iron separator with sealing elevator, stone fragment storehouse, chemical sludge storehouse, slag storehouse, gangue storehouse, desulfurated plaster storehouse, material in auxiliary material storehouse is after weigher is weighed, pressure-stabilizing bin entrance is entered into respectively by the proportioning belt of the sealing with tramp iron separator and the elevator of sealing, material in pressure-stabilizing bin enters rubbish V-type powder concentrator through sealing carrying elevator again after roller press fragmentation, the material entered in the ashes of rubbish V-type powder concentrator and pressure-stabilizing bin can filter out the poisonous and harmful substance in the high-temperature gas that incinerator produces, a grade prompt drop temperature is carried out to the poisonous and harmful substance in the high-temperature gas of incinerator generation simultaneously, simultaneously high-temperature gas again can moisture in dry powder, high-temperature gas containing particulate dust in rubbish V-type powder concentrator enters into high-efficient powder concentrator by top exit, the material selected is sent back to pressure-stabilizing bin again by closed conduit by rubbish V-type powder concentrator outlet at bottom and high-efficient powder concentrator outlet at bottom, through high-efficient powder concentrator top exit out containing the high-temperature gas of dust and stone fragment storehouse, chemical sludge storehouse, slag storehouse, gangue storehouse, desulfurated plaster storehouse, material dust in auxiliary material storehouse enters into cyclone cylinder by negative pressure, cyclone cylinder selects partial material by cyclone cylinder outlet at bottom, sealing carrying belt and sealing elevator enter into cement slurry storehouse, after high-temperature gas containing dust entered cyclone cylinder effect, low pressure pulse dust remover dedusting is entered into by cyclone cylinder top exit, high-temperature gas after dedusting enters desulfurization deodorizing tower again, the mixture spraying quick lime and water in desulfurization deodorizing tower carries out desulfurization deodorizing to high-temperature gas, air is entered after desulfurization deodorizing, low pressure pulse dust remover connects the proportioning belt of the sealing with tramp iron separator simultaneously, and then to carrying stone fragment storehouse, chemical sludge storehouse, slag storehouse, gangue storehouse, desulfurated plaster storehouse, the dust that material in auxiliary material storehouse produces carries out dedusting, material in cement slurry storehouse is through sealing carrying belt and seal elevator traffic to balling-up system, mud simultaneously in sludge storage liquid pool is transported to balling-up system by sludge pump through pipeline, after balling-up systemic effect, enter into cement kiln be fired into clinker, the clinker baked enters into cement clinker library by cement kiln outlet at bottom, the high-temperature gas that cement kiln produces enters into desulfurization deodorizing tower, the mixture spraying quick lime and water in desulfurization deodorizing tower carries out desulfurization deodorizing to high-temperature gas, air is entered after desulfurization deodorizing.
Advantage of the present invention is: full production line adopts DCS center-control, production line is accomplished on-the-spot unattended, production line installs monitoring remote video, Automatic Control is produced, hermetically sealed environmental protection is without dust, ensure the impact that human body is healthy and reduce environmental qualities such as air underground water, reach resource circulation utilization simultaneously, and rubbish controls the high temperature at 800-1200 DEG C through incinerator, the generation of bioxin can be reduced, the gas simultaneously produced after burning is by rubbish V-shaped powder concentrator, high-efficient powder concentrator, cyclone cylinder, low pressure pulse dust remover, after the filtration of desulfurization deodorizing tower, it is less than 100 degree that temperature level speed cools to, prevent the secondary of bioxin from producing.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention.
In accompanying drawing
1, garbage storing is for broken feed workshop; 2, safety automatic exhaust steam valve; 3, refuse classification extruding workshop; 4, between garbage storing preparation ferment heater car; 5, balling-up system; 6, cement kiln; 7, desulfurization deodorizing tower; 8, high-efficient powder concentrator; 9, low pressure pulse dust remover; 10, cyclone cylinder; 11, cement slurry storehouse; 12, proportioning belt; 13, stone fragment storehouse; 14, chemical sludge storehouse; 15, slag storehouse; 16, gangue storehouse; 17, desulfurated plaster storehouse; 18, auxiliary material storehouse; 19, tramp iron separator; 20, roller press; 21, pressure-stabilizing bin; 22, rubbish V-type powder concentrator; 23, incinerator; 24, sludge storage liquid pool; 25, seepage liquid pool.
Detailed description of the invention
Below in conjunction with accompanying drawing and specific embodiment, the invention will be further described:
A set of raw material roll-in refuse treatment plant, comprising: DCS central control system, described DCS central control system controls garbage storing for broken feed workshop 1 by control signal, safety automatic exhaust steam valve 2, refuse classification extruding workshop 3, between garbage storing preparation ferment heater car 4, balling-up system 5, cement kiln 6, desulfurization deodorizing tower 7, high-efficient powder concentrator 8, low pressure pulse dust remover 9, cyclone cylinder 10, cement slurry storehouse 11, proportioning belt 12, stone fragment storehouse 13, chemical sludge storehouse 14, slag storehouse 15, gangue storehouse 16, desulfurated plaster storehouse 17, auxiliary material storehouse 18, tramp iron separator 19, roller press 20, pressure-stabilizing bin 21, rubbish V-type powder concentrator 22, incinerator 23, sludge storage liquid pool 24, seepage liquid pool 25, wherein garbage storing installs safety automatic exhaust steam valve 2 on broken feed workshop 1, safety automatic exhaust steam valve 2 is provided with the sensor measuring ethane concentration, garbage storing to be connected between garbage storing preparation ferment heater car 4 for broken feed workshop 1 by refuse classification extruding workshop 3, and garbage storing is for broken feed workshop 1, be provided with seepage liquid pool 25 bottom 4 between refuse classification extruding workshop 3 and garbage storing preparation ferment heater car, garbage storing is provided with grab claw for inside, broken feed workshop 1, refuse grinder and belt feeder, tramp iron separator is installed in inside, refuse classification extruding workshop 3, sorting platform and extruder, between garbage storing preparation ferment heater car, 4 inside are provided with grab claw, garbage storing is connected on incinerator 23 and cement kiln 6 for Fermentation feedstocks workshop 4 by air blast, deduster installed by discharge duct on cement kiln 6, between garbage storing preparation ferment heater car, 4 are connected to incinerator 23 through sealing carrying pipeline, incinerator 23 bottom ashes mouth is connected on rubbish V-type powder concentrator 22 by the sealing elevator being provided with tramp iron separator, stone fragment storehouse 13, chemical sludge storehouse 14, slag storehouse 15, gangue storehouse 16, desulfurated plaster storehouse 17, auxiliary material storehouse 18 is connected on the proportioning belt 12 with the sealing of tramp iron separator respectively by weigher, the outlet of proportioning belt 12 is connected to pressure-stabilizing bin 21 by sealing elevator, the outlet of pressure-stabilizing bin 21 is connected on roller press 20 entrance, roller press 20 exports and is connected to rubbish V-type powder concentrator 22 top is entered high-efficient powder concentrator 8 by sealing elevator, rubbish V-type powder concentrator 22 outlet at bottom is connected to the entrance of pressure-stabilizing bin 21 by closed conduit, the aiutage of incinerator 23 is connected on rubbish V-type powder concentrator 22 by closed conduit, the outlet of rubbish V-type powder concentrator 22 top is connected on high-efficient powder concentrator 8, high-efficient powder concentrator 8 bottom end outlet is connected on pressure-stabilizing bin 21, the outlet of high-efficient powder concentrator 8 is connected on cyclone cylinder 10 by closed conduit, proportioning belt 12 and cyclone cylinder 10 top exit of sealing are connected on low pressure pulse dust remover 9, outlet on low pressure pulse dust remover 9 and cement kiln 6 exhaust outlet are connected on desulfurization deodorizing tower 7, cyclone cylinder 10 outlet at bottom is connected in the import of cement slurry storehouse 11, desulfurization deodorizing tower 7 and seepage liquid pool 25 are connected to sludge storage liquid pool 24 by closed conduit, in sludge storage pond at night 24, sludge pump is installed, sludge pump is connected in balling-up system 5 by closed conduit, cement slurry storehouse 11 exports and is connected in balling-up system 5 by sealing elevator, balling-up system 5 is connected in cement kiln 6 import, and cement kiln 6 outlet at bottom connects cement clinker library.
According to described raw material roll-in refuse treatment plant, described DCS central control system electrical connection is provided with long distance control system, described long distance control system electrical connection monitoring rubbish lays in broken feed workshop 1, safety automatic exhaust steam valve 2, refuse classification extruding workshop 3, between garbage storing preparation ferment heater car 4, balling-up system 5, cement kiln 6, desulfurization deodorizing tower 7, high-efficient powder concentrator 8, low pressure pulse dust remover 9, cyclone cylinder 10, cement slurry storehouse 11, proportioning belt 12, stone fragment storehouse 13, chemical sludge storehouse 14, slag storehouse 15, gangue storehouse 16, desulfurated plaster storehouse 17, auxiliary material storehouse 18, tramp iron separator 19, roller press 20, pressure-stabilizing bin 21, rubbish V-type powder concentrator 22, incinerator 23, sludge storage liquid pool 24, seepage liquid pool 25.
According to described raw material roll-in refuse treatment plant, the temperature in described incinerator 23 controls at 800-1200 DEG C.
A set of raw material roll-in garbage treating process, its technical process is as follows: rubbish enters into garbage storing crosses grab claw lifting for broken feed workshop 1 back warp, to enter in refuse grinder after fragmentation, the sorting platform entering refuse classification extruding inside, workshop 3 again carries out sorting, first sub-elect recyclable rubbish, not recyclable rubbish, never sub-elect the rubbish that can burn in recyclable rubbish again, can not burn away the refuse, the tramp iron separator of refuse classification extruding inside, workshop 3 reclaims callable metal garbage while sorting platform work, burning away the refuse of sub-electing extrudes at the extruder of refuse classification extruding inside, workshop 3 again, burning away the refuse after extruding to be transported between garbage storing preparation ferment heater car 4, rubbish after fermentation process through between garbage storing preparation ferment heater car the grab claw of 4 enter sealing carrying enter in incinerator 23, garbage storing installs and measures the sensor of ethane concentration when detecting that garbage storing is excessive for broken feed workshop 1 fuel gas ethane pressure on the safety automatic exhaust steam valve 2 that broken feed workshop 1 is installed simultaneously, automatically safety automatic exhaust steam valve is opened, after preventing garbage storing from reaching certain pressure or temperature for broken feed workshop 1, blast, the effusion that seepage liquid pool is 25 li enters into sludge storage liquid pool 24 through process, the fuel gas produced after rubbish fermentation and other foul smell thereof are by entering into incinerator 23 and cement kiln 6 burning through the air blast of sealing, the high-temperature gas produced after incinerator 23 burns enters rubbish V-type powder concentrator 22 by closed conduit, the ashes produced after incinerator 23 burns enter rubbish V-type powder concentrator 22 and high-efficient powder concentrator 8 by the sealing carrying belt with tramp iron separator with sealing elevator, stone fragment storehouse 13, chemical sludge storehouse 14, slag storehouse 15, gangue storehouse 16, desulfurated plaster storehouse 17, the material that auxiliary material storehouse is 18 li is after weigher is weighed, pressure-stabilizing bin 21 entrance is entered into respectively by the proportioning belt 12 of the sealing with tramp iron separator and the elevator of sealing, material in pressure-stabilizing bin 21 enters rubbish V-type powder concentrator 22 through sealing carrying elevator again after roller press 20 fragmentation, the material entered in the ashes of rubbish V-type powder concentrator 22 and pressure-stabilizing bin 21 can filter out the poisonous and harmful substance in the high-temperature gas that incinerator 23 produces, a grade prompt drop temperature is carried out to the poisonous and harmful substance in the high-temperature gas of incinerator 23 generation simultaneously, simultaneously high-temperature gas again can moisture in dry powder, high-temperature gas containing particulate dust in rubbish V-type powder concentrator 22 enters into high-efficient powder concentrator 8 by top exit, the material selected is sent back to again pressure-stabilizing bin 21 by closed conduit by rubbish V-type powder concentrator 22 outlet at bottom and high-efficient powder concentrator 8 outlet at bottom, through high-efficient powder concentrator 8 top exit out containing the high-temperature gas of dust and stone fragment storehouse 13, chemical sludge storehouse 14, slag storehouse 15, gangue storehouse 16, desulfurated plaster storehouse 17, the material dust that auxiliary material storehouse is 18 li enters into cyclone cylinder 10 by negative pressure, cyclone cylinder 10 selects partial material by cyclone cylinder 10 outlet at bottom, sealing carrying belt and sealing elevator enter into cement slurry storehouse 11, after high-temperature gas containing dust entered cyclone cylinder 10 effect, low pressure pulse dust remover 9 dedusting is entered into by cyclone cylinder 10 top exit, high-temperature gas after dedusting enters desulfurization deodorizing tower 7 again, the mixture that desulfurization deodorizing tower 7 li sprays quick lime and water carries out desulfurization deodorizing to high-temperature gas, air is entered after desulfurization deodorizing, low pressure pulse dust remover 9 connects the proportioning belt of the sealing with tramp iron separator simultaneously, and then to carrying stone fragment storehouse 13, chemical sludge storehouse 14, slag storehouse 15, gangue storehouse 16, desulfurated plaster storehouse 17, the dust that the material that auxiliary material storehouse is 18 li produces carries out dedusting, the material that cement slurry storehouse is 11 li is through sealing carrying belt and seal elevator traffic to balling-up system 5, the mud of sludge storage liquid pool 24 li is transported to balling-up system 5 by sludge pump through pipeline simultaneously, after balling-up system 5 acts on, enter into cement kiln 6 be fired into clinker, the clinker baked enters into cement clinker library by cement kiln 6 outlet at bottom, the high-temperature gas that cement kiln 6 produces enters into desulfurization deodorizing tower 7, the mixture that desulfurization deodorizing tower 7 li sprays quick lime and water carries out desulfurization deodorizing to high-temperature gas, air is entered after desulfurization deodorizing.
Beneficial effect of the present invention: full production line adopts DCS center-control, production line is accomplished on-the-spot unattended, production line installs monitoring remote video, Automatic Control is produced, hermetically sealed environmental protection is without dust, ensure the impact that human body is healthy and reduce environmental qualities such as air underground water, reach resource circulation utilization simultaneously, and rubbish controls the high temperature at 800-1200 DEG C through incinerator, the generation of bioxin can be reduced, the gas simultaneously produced after burning is by rubbish V-shaped powder concentrator, high-efficient powder concentrator, cyclone cylinder, low pressure pulse dust remover, after the filtration of desulfurization deodorizing tower, it is less than 100 degree that temperature level speed cools to, prevent the secondary of bioxin from producing.
Embodiment recited above is only be described the preferred embodiment of the present invention; not design of the present invention and protection domain are limited; under the prerequisite not departing from design concept of the present invention; the various modification that in this area, common engineers and technicians make technical scheme of the present invention and improvement, all should fall into protection scope of the present invention.
Claims (4)
1. a set of raw material roll-in refuse treatment plant, is characterized in that: comprising: DCS central control system, described DCS central control system controls garbage storing for broken feed workshop (1) by control signal, safety automatic exhaust steam valve (2), refuse classification extruding workshop (3), between garbage storing preparation ferment heater car (4), balling-up system (5), cement kiln (6), desulfurization deodorizing tower (7), high-efficient powder concentrator (8), low pressure pulse dust remover (9), cyclone cylinder (10), cement slurry storehouse (11), proportioning belt (12), stone fragment storehouse (13), chemical sludge storehouse (14), slag storehouse (15), gangue storehouse (16), desulfurated plaster storehouse (17), auxiliary material storehouse (18), tramp iron separator (19), roller press (20), pressure-stabilizing bin (21), rubbish V-type powder concentrator (22), incinerator (23), sludge storage liquid pool (24), seepage liquid pool (25), wherein garbage storing installs safety automatic exhaust steam valve (2) on broken feed workshop (1), safety automatic exhaust steam valve (2) is provided with the sensor measuring ethane concentration, garbage storing extrudes workshop (3) for broken feed workshop (1) by refuse classification and is connected between garbage storing preparation ferment heater car (4), and garbage storing is for broken feed workshop (1), between refuse classification extruding workshop (3) and garbage storing preparation ferment heater car, (4) bottom is provided with seepage liquid pool (25), and garbage storing is provided with grab claw for broken feed workshop (1) inside, refuse grinder and belt feeder, tramp iron separator is installed in refuse classification extruding workshop (3) inside, sorting platform and extruder, between garbage storing preparation ferment heater car, (4) inside is provided with grab claw, garbage storing is connected on incinerator (23) and cement kiln (6) for Fermentation feedstocks workshop (4) by air blast, deduster installed by discharge duct on cement kiln (6), between garbage storing preparation ferment heater car, (4) are connected to incinerator (23) through sealing carrying pipeline, incinerator (23) bottom ashes mouth is connected on rubbish V-type powder concentrator (22) by the sealing elevator being provided with tramp iron separator, stone fragment storehouse (13), chemical sludge storehouse (14), slag storehouse (15), gangue storehouse (16), desulfurated plaster storehouse (17), auxiliary material storehouse (18) is connected on the proportioning belt (12) of the sealing with tramp iron separator respectively by weigher, the outlet of proportioning belt (12) is connected to pressure-stabilizing bin (21) by sealing elevator, the outlet of pressure-stabilizing bin (21) is connected on roller press (20) entrance, roller press (20) outlet is connected to rubbish V-type powder concentrator (22) top by sealing elevator and enters high-efficient powder concentrator (8), rubbish V-type powder concentrator (22) outlet at bottom is connected to the entrance of pressure-stabilizing bin (21) by closed conduit, the aiutage of incinerator (23) is connected on rubbish V-type powder concentrator (22) by closed conduit, the outlet of rubbish V-type powder concentrator (22) top is connected on high-efficient powder concentrator (8), high-efficient powder concentrator (8) bottom end outlet is connected on pressure-stabilizing bin (21), the outlet of high-efficient powder concentrator (8) is connected on cyclone cylinder (10) by closed conduit, proportioning belt (12) and cyclone cylinder (10) top exit of sealing are connected on low pressure pulse dust remover (9), outlet on low pressure pulse dust remover (9) and cement kiln (6) exhaust outlet are connected on desulfurization deodorizing tower (7), cyclone cylinder (10) outlet at bottom is connected in cement slurry storehouse (11) import, desulfurization deodorizing tower (7) and seepage liquid pool (25) are connected to sludge storage liquid pool (24) by closed conduit, in sludge storage pond at night (24), sludge pump is installed, sludge pump is connected in balling-up system (5) by closed conduit, cement slurry storehouse (11) outlet is connected in balling-up system (5) by sealing elevator, balling-up system (5) is connected in cement kiln (6) import, cement kiln (6) outlet at bottom connects cement clinker library.
2. raw material roll-in refuse treatment plant according to claim 1, it is characterized in that: described DCS central control system electrical connection is provided with long distance control system, described long distance control system electrical connection monitoring rubbish lays in broken feed workshop (1), safety arranges automatic air valve (2), refuse classification extruding workshop (3), between garbage storing preparation ferment heater car (4), balling-up system (5), cement kiln (6), desulfurization deodorizing tower (7), high-efficient powder concentrator (8), low pressure pulse dust remover (9), cyclone cylinder (10), cement slurry storehouse (11), proportioning belt (12), stone fragment storehouse (13), chemical sludge storehouse (14), slag storehouse (15), gangue storehouse (16), desulfurated plaster storehouse (17), auxiliary material storehouse (18), tramp iron separator (19), roller press (20), pressure-stabilizing bin (21), rubbish V-type powder concentrator (22), incinerator (23), sludge storage liquid pool (24), seepage liquid pool (25).
3. raw material roll-in refuse treatment plant according to claim 1, is characterized in that: the temperature in described incinerator (23) controls at 800-1200 DEG C.
4. a set of raw material roll-in garbage treating process, it is characterized in that: its technical process is as follows: rubbish enters into garbage storing crosses grab claw lifting for broken feed workshop (1) back warp, to enter in refuse grinder after fragmentation, the sorting platform entering refuse classification extruding workshop (3) more inner carries out sorting, first sub-elect recyclable rubbish, not recyclable rubbish, never sub-elect the rubbish that can burn in recyclable rubbish again, can not burn away the refuse, the tramp iron separator of refuse classification extruding workshop (3) inside reclaims callable metal garbage while sorting platform work, burning away the refuse of sub-electing extrudes at the extruder that refuse classification extruding workshop (3) is inner again, burning away the refuse after extruding is transported between garbage storing preparation ferment heater car (4), rubbish after fermentation process through between garbage storing preparation ferment heater car the grab claw of (4) enter sealing carrying enter in incinerator (23), garbage storing installs and measures the sensor of ethane concentration when detecting that garbage storing is excessive for broken feed workshop (1) fuel gas ethane pressure on the upper safety automatic exhaust steam valve (2) installed of broken feed workshop (1) simultaneously, automatically safety automatic exhaust steam valve is opened, after preventing garbage storing from reaching certain pressure or temperature for broken feed workshop (1), blast, the inner effusion of seepage liquid pool (25) enters into sludge storage liquid pool (24) through process, the fuel gas produced after rubbish fermentation and other foul smell thereof are by entering into incinerator (23) and cement kiln (6) burning through the air blast of sealing, the high-temperature gas produced after incinerator (23) burning enters rubbish V-type powder concentrator (22) by closed conduit, the ashes produced after incinerator (23) burning enter rubbish V-type powder concentrator (22) and high-efficient powder concentrator (8) by the sealing carrying belt with tramp iron separator with sealing elevator, stone fragment storehouse (13), chemical sludge storehouse (14), slag storehouse (15), gangue storehouse (16), desulfurated plaster storehouse (17), the inner material in auxiliary material storehouse (18) is after weigher is weighed, pressure-stabilizing bin (21) entrance is entered into respectively by the proportioning belt (12) of the sealing with tramp iron separator and the elevator of sealing, material in pressure-stabilizing bin (21) enters rubbish V-type powder concentrator (22) through sealing carrying elevator again after roller press (20) fragmentation, the material entered in the ashes of rubbish V-type powder concentrator (22) and pressure-stabilizing bin (21) can filter out the poisonous and harmful substance in the high-temperature gas that incinerator (23) produces, poisonous and harmful substance in the high-temperature gas simultaneously produced incinerator (23) carries out a grade prompt drop temperature, simultaneously high-temperature gas again can moisture in dry powder, high-temperature gas containing particulate dust in rubbish V-type powder concentrator (22) enters into high-efficient powder concentrator (8) by top exit, the material selected is sent back to again pressure-stabilizing bin (21) by closed conduit by rubbish V-type powder concentrator (22) outlet at bottom and high-efficient powder concentrator (8) outlet at bottom, through high-efficient powder concentrator (8) top exit out containing the high-temperature gas of dust and stone fragment storehouse (13), chemical sludge storehouse (14), slag storehouse (15), gangue storehouse (16), desulfurated plaster storehouse (17), the inner material dust in auxiliary material storehouse (18) enters into cyclone cylinder (10) by negative pressure, cyclone cylinder (10) selects partial material by cyclone cylinder (10) outlet at bottom, sealing carrying belt and sealing elevator enter into cement slurry storehouse (11), after high-temperature gas containing dust entered cyclone cylinder (10) effect, low pressure pulse dust remover (9) dedusting is entered into by cyclone cylinder (10) top exit, high-temperature gas after dedusting enters desulfurization deodorizing tower (7) again, the inner mixture spraying quick lime and water of desulfurization deodorizing tower (7) carries out desulfurization deodorizing to high-temperature gas, air is entered after desulfurization deodorizing, low pressure pulse dust remover (9) connects the proportioning belt of the sealing with tramp iron separator simultaneously, and then to carrying stone fragment storehouse (13), chemical sludge storehouse (14), slag storehouse (15), gangue storehouse (16), desulfurated plaster storehouse (17), the dust of the material generation that auxiliary material storehouse (18) is inner carries out dedusting, the inner material in cement slurry storehouse (11) through sealing carrying belt and sealing elevator traffic to balling-up system (5), the mud that sludge storage liquid pool (24) is inner is simultaneously transported to balling-up system (5) by sludge pump through pipeline, after balling-up system (5) effect, enter into cement kiln (6) be fired into clinker, the clinker baked enters into cement clinker library by cement kiln (6) outlet at bottom, the high-temperature gas that cement kiln (6) produces enters into desulfurization deodorizing tower (7), the inner mixture spraying quick lime and water of desulfurization deodorizing tower (7) carries out desulfurization deodorizing to high-temperature gas, air is entered after desulfurization deodorizing.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115792188A (en) * | 2023-01-31 | 2023-03-14 | 中建山东投资有限公司 | Pilot scale implementation comprehensive analysis equipment for clean recycling of burnt coal gangue |
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